Machine for extracting and seredding coconut meat



G. D. OLDS, JR. MACHINE FOR EXTR ACTING AND SHBEDDING COCONUT M m. Patented Dec. 12, 1922.

I APPLICATION FILED MAR, 30. 1921-' $4 3M,

x Q 4 iiitlli:

vwemto'c E am my.

M ilbtoz (\Wbc new T MEAT.-

Patented Dec. 12, 1922.

5 SHEETS-SHEEI 2.

G. D. OLDS, In. TING AND SHREDDING COCONU APPLICATION FILED 41.30. I92].

MACHINE ron EXTRAC 1,438,714.

q a v 1 G. D. OLDS, .In. MACHINE FOR EXTRACTING AND SHREDDING COCONUT MEAT.

APPLICATION FILED MAR. 3 0, (921- Patented Dec. 12, 1922.

G- D. OLDS, JR. MACHINE FOR EXTRAGTING AND SHREDDING COCONUT MEAT.

APPLICATIQN FILED MAR 30, 192k I 1,438,714. Patented Dec. 12,1922.

- 5 SHEETS-SHEET 4- @51 @btom m G. D. OLDS, JR. MACHINE FOR EXTRACTING AND SHREDDING COCONUT MEAT.

' APPLICATION FILED MAR. 30, I921- 1,438,714. Patented Dec. 12, 1922.

Patented Dec. l2, 1922.

teens GEORGE i). ones, on nnoonnviv; NEW YORK.

MACHINE FOR EXTRACTING- AND SHREIDDING COCONUT MEAT;

Application filed March 30,1921. Serial No. 4573050.

To all 20 7mm it may concern Be it known that I, Gnonon D. @Los, a citizen of the United States. residing at .ihooklym in the county of v a full clear, and exact description of the 10 invention, such as will enable others skilled in the art to which it appe'tains to ma. and use the same.

The present invention relates to ma chine for automatically extract'no; and

shredding the meat from a cocon t and embodies in its construction mechanisms whereby the nut may be cutopem the meat extracted from the separate parts thereof elu'edded, and the shrecs cut into short lengths. The mechanisms for performing each of the different operzntions and the ntiachine in which such mechanisms are lJlOIlQlt together and coordinated to per-.

-form all of the operations automs'itically one after anothcrin a continuous series of steps, constitute separate features of the present invention.

The invention comprehends as one of its parts a machine of this character hrrtvinrg; holder for a poion of a nut. one and of which is open to expose the meat therein, the nut previous to being inserted in the holder having first been cut open by suitahle means transversely of its longer axis. ii tool is provided for extracting the meat from the shell of the portion of the 1 held in the holder, and means are embodied in the machine for moving the holder and.

the tool relatively one to the other; such means being constructed and arranged so that the meat of the nut is subjected to the action of the extracting tool. .The holder and extracting tool may be rotated one rela tively to the other, and the means .ing the tool and the holder rela ject the meat-of the nut to the ac on of the extracting tool may be constructed and arranged so thatithe holder is stationary and. @r the tool may be stationary and the holder moved the extracting tool is fed thereto.

relatively thereto to feed the meat of the nutagainst the tool. .rtlso the holder may herotated relatively to the tool and the tool erable.

ted against the holder, or the holder may be both rotated and. fed against the tool to subject the ofthe nut to the action of the extracting tool. The machine may, moreover,-i.nclude in its construction a carriage on which the extracting tool is mounted and devices whereby the carriage is moved relatively to the holder, or the holder be mounted on the carriage Which is then moved relatively to the tool.

irrespective of the construction and arrangement oi; the means for IIGOVIDQ' the holder and the tool relatively one to the other to expose the meat oil the nut to the action of the extracting: tool. or the particular manner of operation of such. means, but in combination therewith, the invention comprehends as another of its parts, a machine having a holder For the nut, a dividing tool preferably a circular,adjustable tool, for opening the nut, and a tool for extracting the meat from the shell thereof. Means may be inclu ded in the machine, whereby the dividing tool is advanced to an operative position and retracted after the cutting operation to an inoperative position such-means being; preferably mauially op- The' dividing tool preferably comaenetrating the prises a grinding tool for shell of the nut and a cutting; tool for cutting through the meat thereofl in which case the means for advancing and retracting the dividing tool is constructed and arranged first to advance the grinding tool and then the cutting tool to operative positionsrespectively and tor then retracting both to inoperative positions after the ,di

viding operation, which means r lay he an ranged so as to be manually'operahle.

lVhether or-not the machine includes in its construction adividing tool for cutting open the nutprior tosubjectinp; the nut to the action of a tool for extracting the meat theretrom. but preferably including such a tool, the invention comprehends as another of its parts, a machine otthis character in which there is a holder for the nut and a cutting tool having a cuttingfledge extending transversely of? the "axis of the holder. and preferably :upvvardly and holder and cutting tool are movedrelatively one to the other. by appropriate means to feed the meat. of the nutagainst the cutting rearivardly. The

described hereinafter, the cutting. and ding unit 18 pivotally mounted in the max ch ne" and has resilient means connected edge ot the tool. The cutting tool maybe provided with means for guiding the edge of the cutting tool along the interior surface of the skin between the meat and the shell and for spacing the cutting edge a slight amount therefrom to prevent the shaving of the skin by the tool. The means "for guid ing the end or" the cutting edge is so constructed that the tool follows the skin andis at all times in contact therewith during the movement of the cutting edge against the meat of the nut. Preferably the cutting tool is made adjustable relatively to the holder so that not only may the depth or the cut be regulated, but also "the position of the tool may be altered to accommodate nuts of different sizes. The machine may, in addition to having a cutting tool for extracting the nieatlrom the nut, be provided with means for shredding the meat, in which case the means for extracting the meat from the arrangement insures a clean cut and pre-, eludes the tearlng of the shreds from meat of the"nut as they are being cut oil. The cutting and shredding tools are preferably combined in a unit tool which operates to extract the meat from the shell and to cut it into shreds, and, in this unit, the cutting tool has its cutting edge extending transversely of the axis of the holder and the shredding tool has a plurality of cutting edges disposed transversely of and beyond. the edgeol the cutting tool. llurthermore. in this arrangement means are provided for guiding the cutting and shredding unit along and for spacing it from the interior surface of the shell, and also means for ad justing the unit and the holder relatively to regulate the depth of the cut and "the position of he tools for different sizes of nuts. In the specific embodiment oi the invention shredt-hereto for pressing the unit against the shell of the nut.

(Ill

' Irrespective of the construction and arrangeinent of the cutting and shredding tools,"the machine may also include in its construction means for chopping thestrips produced the shredding tool into coinparatively short'lengths. Such means may consist of a cutter, as for example a reciprocating cutter, and, in the latter case, means are included for actuating the reciprocating cutter. But whether or not the cutter is reciprocating, and irrespective of the means for actuating it, a conveying chute may be provided for carrying the shredded meat produced by the machine to a receptacle.

By combining the various parts of the present invention described in the foregoing, in a single machine, the extraction ol the meat from the coconut thereof into strips, and the cutting of the strips into short lengths may be made entirely automatic and one continuous operation.v and so the invention comprehends as still another o'tits parts an automatic machine for extractin coconut meat in which there is a holder for gripping one end of the nut, a cooperative holder movable relatively to the first holder For grhpping the other end of the nut, a dividing tool for separating the nut between its ends. means for extracting the meat from he separate parts of the nut, and means for moving the holders and extracting means relatively one to the other, which is constructed and arranged so that the meat in each of the parts of the nut is subjected, preferably simultaneously, to the action of: the extracting means. The meat extracting means may comprise sets of tools which are adapted to coact with each of the holders. the tools and holders being rotatable one relatively to the other. One of the sets of extracting tools and the cooperative holder may be mounted on movable carriage which is actuated by appropriate devices for moving it relatively to the other of said sets of tools and holder, first in a direction axially of the holders to bring the cooperative holder in engagement with the nut, then laterally after the separation of the nut to bring the parts thereof opposite their respective extracting tools, and finally again axially to subjectthe meat in the parts tothe action of the extracting tools,

the actuating devices being controlled by manually operable means. Furthermore, the machine may have a table upon which one of the sets ot extract ng tools and one holder are mounted, the other the sets of extracting tools andholder being mounted on a carriage supported on the table. and arranged to move longitudinally and laterally thereof. The devices for actuating the carriage may comprise a screw in engagement therewith. in which case means are included for driving the screw, and the carriage, may be provided with a rack which is in engagement with a pinion, the driving means being controlled and the pinion beingrotated by manually operable means. Where the machine has a table and one ot the holdersfor gripping one end of the nut and one of the extracting tools are both mounted on the table, a driving connection may be provided for ro- Hill tating the holder, and where a carriage is;

included for mounting the other set of extracting tools and holder, shattn'iav be mounted on the carriage, the end oi which supports a second holder, the other extract- In. thin arrangement, the shaft is pro" red with aclutch havinq' stationar niieinber which, when thrown into engage:nent prevents the rotation of the shaft while the carriage is hemp; aria diced towari'l the holder and tool supported on the table, and so when a the second holder engages the nut, the sci on threads on the interior surfaces of hots holders travel over the out do surface of the shell. of the nut to grip it since the holder on the table constantly rotatinga -"l the second holder held stat-ionarv. ln tl s cons'struction, the scre is also provided with a clutch and means are lHClLlClGClTfOl o ing the clutches; alsoa dividingtool wh is so constructed and ar anged that when moved in onedirertiom it booperetcd to advance or retract the d viding tool. and

in the opposite direction to operate, the

clutches.

In the specific embodiment of the invention described hereina" vided for both extra: and shredd meatt'ron'i the coconut, and the machine enibodies in its construction a table, a carriage having:- a rack thereon, a pinion in engagement with the raclg; a reciprocating: rack bar for actuating: the pinion a holder for gripa pinion and a rack for independently ad# ping one end of the nut and a tool for err tractlngcoconut meat both mounted onthe table a driving connection for rotating said holder, a shaft andan extracting tool mounted on said carriage, a clutch on said shatthaving a stationary memhen a second holder supported on said shaft, a screw in engagement with said ca riage having a driving: connection for actuating said. carriage a clutch on said screw, a dividing tool tor opening the nut comprising a grinding tool and a cutter both circular and arhustabiei vancing and retractingsaid grinding wheel,

a pinion anda rack for advancing and retractin'g said rotary cutter, a sliding" rack for engaging said pinions cams :tor engag ingsaid clutches and manually operable means forsimultaneously actuating: said cams and said sliding rack and rack bar.

The form of theniachinc at present preferred is illustrated in the accompanying; drawings in which- Figure 1 is a plan view of the machine; Figure 2 is a View in elevation thereof; Figure 3 is end view of the machine; Figure 4 isa sectioi'ial view showing the tools for dividing; the nuh and details-1 dot the mechanism for advancing and retracting; the tools;

Figure 5 1s a view, similar to Figure 4:,

tool. also beingmounted on the carriegep ttcr, means are prorr the spring showing the means for actuating the mechanisin tor advancing and retracting dividing tools;

Figure 6 is sectional view along the line hi6 of Figure 1;

Flgllle 7 is a sectional view along the line Z'? of Figure l; i Figure 8 a detail view in elevation of one (it the hohler for the nut, and one set of *tinn' and shredding tools;

1' 1 ure 5,; is a detail plan view of one of the .ractingrand Wedding tools in operative position; v

i r 'ure 10 is a view along the line l010 ure 9; and

gore

tool; and in The oper mounted on a in which it is mounted. a no; parts of the niachineare table 1 which is supported on legs Bolted to a block on. table 1, as

at is the she.

holder 16. which consists oii a cup-shaped receptacle provided with threads or spurs 17 for gripping one end ot the nut 18.

FlfiPpOltfll on the table 1 is carrii consisting of a lower supporting" member slide 20, mounted to slide in transversely disposed ways 21 with which the top of the table 1 is provided and an upper sliding tahle 22 which is mounted on wave 23 on the upper surfare of walls 2d of the lower sl'ding' member the depending portions ot the sliding table extending into the space between thewalls. "Bolted to the slidinpj table 22 at is casting 26 similar to the casting l and which provides a bearing for a shaft 27. li loiinted on one end of the shaft 27 is a holder 29 similar in construction to the holder 16, The shaft 27 carries a point intermediate its ends and adj cent one side of the casti 2' 26, a clutch consisting oi? movable member 29 keyed to slide on aneconstrained to rotate with the shaft and a StltlOllflIY member 30 bolted to a block 31 which in turn is bolted as at to the supporting mei her or slide 20, both clutch members having opposinu' clutch teeth cut in. their end peripheries and being normally held disengaged by means of a The movahle member 29 is provided with a cir '-umi:'erential groove 34. for

the reception of actuating; means for throwing: the clutch members into engagement as will appear hereinaften I l is a separate view 01" the cutting all) The shaft 27 extends beyond the sliding table 22 and has fitted thereto at a point on this extended portion a clutch member and a pulley 36 having a clutch member 37 fixed thereto. The pulley 36 is loosely mounted on the shaft 27 and is connected to the power shaft 9 by means of a belt 38 anda pulley 39, the latter being fixed to the shaft The clutch member '35 is constrained to rotate with the shaft 27 by means of a key so fitting the key-way 41, which, however, permits this clutch member to slide on the shaft. Both clutch members 35 and are provided with peripheral clutch teeth and are normally held dlsengaged by scans of a spring 42. y g

The sliding table 22 has a depending portion 43 extending intothe space between the walls 24: of the lower supporting member or slide 20 and this depending portion is provided with a threaded opening, the

threads of which are en a ed by a worm or screw shaft as passing therethrough. The

screw shaft 44 is fitted at one end in a bearing block 45 secured at 46 to the table 20 and extends through a bearing block 47 secured at 48 to the table 20, the end of the shaft having fitted thereto a clutch member 49, a pulley 50 having a clutch member 51 fixed thereto and a pulley 52. The pulleys 50 and 52 are loosely mounted on the 6X-' 59 for the reception of actuating means to throw the opposing clutch teeth on the end peripheries of the clutch members into engagement, as hereinafter described.

he tools for dividlng the nut into separate parts to permit of the extraction of the meat therefrom consists of a circular and adjustable grinding tool 60, and a circular and adjustable cutter 61. The grinding tool and cutter are located beneath and substantially midway between the holders 16 and 28 when these are in position engaging the nut, so that the dividing tools may as operated to divide the nut approximately in half transversely of its longeraxis. The grinding tool and cutter are similarly mounted as at 62 to the upright supporting brackets 63, carried on the ends of rods 64: which pass through openings in the table 1. Surrounding the openings in the table 1 are bosses 65 to provide a sufficient bearing surface for the rods 64-, and the rods have heads 66 at their ends for retaining between set 74, of pinion 70, being in engagement with the other rack 68, which racks carry respectively the grinding wheel 60 and the circular cutter 61. The other set of teeth 75, of pinion 69, is in engagement with rack teeth 76 on a rack bar '77, which is mounted to reciprocate in guide ways in blocks 78 and/79 supported on table 1. The other set of teeth 81, of pinion 70, is adapted to be engaged by rackteeth 82 on rack bar 77 The tracks 7 6 and 82 are positioned on opposite sides of the rack bar and adjacent the edges thereof, and it will be noted that the brackets 63, carrying the grinding wheel and cutter respectively, and supported on the ends of rods 67, are positioned on opposite sides of the rack bar, and extending inwardly therefrom, so that the grinding wheel and cutter are in alignment, the grinding wheel being located forwardly of the cutter. At the end of the rack bar 7! is a rack 83 which isengaged by a pinion 84 mounted on'a' shaft 85. Bolted as at 86 to the table 1 of the machine is a bracket '87 through which the shaft extends, and

fitted to the end of this shaft is a toothed wheel 88 adapted to be engaged by the teeth 89 covering'a portion of the outer periphery of a segment 90 mounted on stud shaft 91, the latter being supported in the bracket 87. The bracket 87 has a sleeve portion 92 'at its upper part serving as a bearing for a stud shaft 93 at one end of which fitted an arm 94 carrying a cam 95, and at the other end an arm 96'carrying cam 97 the cams and 97 being adapted to enter the grooves 34; and 59 respectively in the movable clutch members 29 and 49. Also fixed to the shaft 93 is a pinion 133 whichjis adapted to be engaged by the teeth on the segment 90. The segment 90 has an inwardly extending portion 98 projecting from which is a handle 99 for manually rotating the segment to oscillate the shaft 93 and the cam arms'9l and 96 and thus move the cams 95 and 97 into and out of engagementwith the grooves 34 and respectively. The handle 99 carries at its inner side a spring-pressed pawl 100 which engages notches 101 in the curved portion 102 of'the frame 87 so that the handle may be secured in different positions.

porting member or'slide 20. The outer end of the rack bar 105 is engaged by handle 110 having a slot 111 in which projects a pin 112 on the end oil the rack bar. The 0 is pivoted at 11$ in a luglli l: iirogecting from a cross-member 115 con; necting" the supporting legs 2. 'lhe upper part of the landle 110 is supported in bracket 13-1- and this bracket has at its outer end adjustable stop 135 for limiting the outward throw oi thehandle, and a stop 1% for limiting the inward throwthereoi. The 'u 'ustable stop may thus be regulated to li .nt the lateral travel ofthe carriage 10 When actuated by the outward throw of handle 110, so that the extracting tools Wlll he in proper starting position for nuts of" i'liii'crcnt sizes. @upporting means for the stud shaft 10'? are provided by lugs 116 deper .ing from the under surface of the table 1. and the latter is recessed atlli' to provide a space in which the pinion 106 and the Wheel 108 may rotate.

The cutting and shredding tools of the machino will now be described. Une of these sets 0; toolsis mounted on the table 1, and

the other set on the sliding;- table 22 and in-- asinuch as the tools proper comprising each cl? these sets, are of the same construction, the description of one set will serve for both The casting d has abloclz: 118 provided with an opening in which is adjustably secured by screws 119. a supporting ui'n'l 120. The arm 120 has a reduced'end portion 121 on which is pivfued at 1.22 a curved arm 123. The arm 128 has, secured at the end thereot' as at 12 1, a member 127 in which the shredding: knives 128. having upwardly extending cutting edges, are mounted the lruives being spaced apart by metal strips 1-37. secured to the arm 123, as by means of screws 138. is a frame 125 carrying at its end an upwardly extending cutting edge126. It will be noted by reference particularly to l io'ures 9 and 10 that the shredding knives 125% ere positioned above the zransverse cuttingedge l26 and the ends 01 tlJBSGlUHVGS extend beyond or overlap the cutting edge so that the tor will make a clean cut and the tearing;- of the shreds, cut by the shredding knives 128, will be prevented. The frame 125 has at one side a projection 120 which is held against the skin of the nut by a spring; 130 connecting a lug 131 on the arm 123 with a point 132 on the arm 120.

That is to say. the projection 129 will be so he shin oi the nut when the d against h dding tools. mounted on Also.

the arm 123, are in correctly adjustedpositions for a nut 15 augiven size. Otherwise the swing ofthe arm 123 carrying these tools in a counterclockwise direction asin Figure 9 is limited by the upwardly extending Wall the arn'i 120, which thus serves as a stop for the arm 123.

The shredded meat extracted from the nut passes t-l'irrmgli the knives into a conveying chute 1 15) which is provided With a su 'iporting li'raine 1&1; adaptedto fit over the cuttingand shredding tools and to be adyustably secured thereto by means of a thumb screw M2. The conveying chute 140 1 forms e partfio'f the conveying means forthe shredded meat produced by the cutting and veyor, consistingcf a funnel 1 13 and an upwardly tapering conveying tube 14A. Both the funnel and the conveying tube are secured to u cutting blocl; 1&5 mounted on the lower supporting'slide 20. Mounted on a platlorni 1 16 which may forma part of the slide 20, isa cutter 1417 inountedto recipro we in Ways the latter being supported on stundards 1 19 extending upwardly from the platform 1%. The reciprocatingcutter is actuated by a connecting rod 150, connected thereto as at 151. and a pulley 152, the conneetin'grod being eccentrically and iuljustubly connected to the pulley by suitable means such as illustrated. at 153. The pulley 152 is driven by a belt 154; and the cutter 1 17 reciprocatec zwainst the cutting block 145 to cut the shreds of meat into short lengths as they tall through the cutting and shredding tools, the chute 1 10, and the funnel 1%?) across the pathflot the cutting edge 155.

The lengths into which the shreds are cut can be varied by manipulating the adjust- F 1neans'1o3 to change the distance or travel of'the cutter 1-17 along the ivays'liS.

suitable receptacle lect the final product of the machine. Since the chute is connected to the cutting and shredding; tools which in turn are mounted on the sliding table 22,and the tunnel i s secured. to the lower slide 20, a piste, hinged at 157 is provided to maintain connection liGJWEGil the chute and the tunnel ivhen the sliding table 22 is moved to advance the cutting tools in position tor the cutting 156 is providedto col operation, as is illustrated in Figured The hinged plate is hclr against the under surface of the chute 1&0 by means of a spring- 158. The table 1 is recessed at 150 to accommodate the conveying tube l ld when the slide 20 1s moved laterally by means of the handle 110 The cutting and shredding tools and the reci rocatino cutter illustrated in Fi ure i are mounted on the "table 1 as shown in Figure 1. Here thepulley 152 is mounted ina bearing l58'entending upwardly from the tube 1, and the conveying chute 15 1 1s contmuous as lllustrated, since the cutting and shredding tools do not move relatively the segment 90 into engagement with the able clutch members 29 and 19.

pinion 183, thus rotating the pinion, the shaft 98 to which it is fixed, and throwing the arms 9 1 and 96 downwardly and the cams 95 and 97 in engagement with the grooves 3-1 and 59 respe tively in the mov- The cams throw the movable clutch member 29 into engagement with the stationary clutch member 30 to prevent rotation of the holder 28, and the clutch member 49 is thrown into engagement with the clutch member 51, connecting the screw shaft with the sleeve and thepulleys 50 and 52 mounted thereon, The screw shaft will be driven 1n one direction or the other according as the sleeve is driven by the pulley 55 or the pulley 57. [A clutch 160, operated by a forked handle 161 pivoted at 162, is provided to connect and disconnect the pulleys 55 and 57 from the power shaft 9. When the handle 99'is operated downwardly as described to throw in the clutch members 29 and 30 and the clutch members 49 and 51, the pulley 55 is connected with the power shaft 9 and the screw shaft 1 1 is rotated to move the sliding table 22 in a direction to the left in I Figure 1, thus advancing the holder 28 and the cutting and shredding tools mounted thereon, to a position as illustrated in Figure 2 The holder 28 being held stationary and the holder 16in which one end of the nut 18 is inserted being constantly rotated: through its connection with the power shaft 9, the other end of the nut 18 is screwed into the holder 28, as the table 22 continues its movement tothe left under the action of the screw shaft 1 1. When the end of the nut 18 is-seated in the holder 28, the handle 99 moved vnpwardlyto the position B in Figure 5, whereby the teeth 89 on the segment 90 are brought into engagement with the pinion 88 on the shaft 85, thus rotating the shaft 85 and the pinion 84 and causing the rack bar 77, in engagement with the latter to move to the right as illustrated in Figure 5. The pinion 69, coming immediately into engagement wlth the rack 76, 1S moved .to advance the grinding tool 60 against the shell; ofthe nut. T hegrinding tool operates to penetrate the shell, and the handle is then movedto the position in Figure 5, which further movement brings the rack 82 into engagement with the pinion to advance the cutter 61 againstthe nut, and, being in alignment with the grinding tool, enters the slot cutthrough the shell therebyto cut the meatof the nut, The upward-movement of the grinding wheel 60 is stopped beforethe meat of the nut is cut to prevent the accumulation of any saw-dust in the meat, and, since thecutter 61-hasa knifevedge, no sawdust is formed thereby when cutting through. the meat-of the nut. of the nut into two parts by the dividing After the separation tools 60 and 61, the handle 110 is pulled outwardly from its position indicated in full linesin Figure which causesthe rack bar 105 to move to the left inthisii'gure and theipinion 106 and gear wheel 108 be rotated. As the gear wheel 108 meshes with the raclr 109 on the'slide-20, the carriage 19 is moved laterally across'the table 1 on ways 21 to carry the portionofthe nut gripped by the holder 28 inposition opposite the cutting and shredding tools mounted on the table, as indicated in dotted lines in ure '1. Since the carriage 19 is moved laterally from its position illustrated in Figure 1, the cams 95 and 97 become disengaged from the movable cam members 29 and 49, which are then returned to their initial positions as illustrated in Figure 1 by the springs 38 and 58 respectively. During the movement of the carriage 19 laterally of the table 1, under the action of the mechanism controlled by the handle 110, the movable clutch member 31 comes into engagement with a cam 163 and the movable clutch member 4-9 with a cam 164, both these forming a part of a frame 165 secured at 166 to the table 1. The clutches 3l37 and 49-51 are thereby thrown into engagement,

the holder is set in rotation by the pulley 36, and the screw 14 again rotating to feed the portions of the nut held in the holders 16 and 28 vagainst the shredding and cutting tools. r-ri'ter having been disengaged from the sleeve 53, when removed from the cam i 97, the screw shaft 44 continues tomove the sliding table 22 to the leftin Figure l, during the meat extracting and shredding operation, the meat in one part of the nut being: subjected to the action of the cutting and shredding tools mounted on the table 1 and in the other partto the corresponding tools mounted on the sliding table 22. meat extracting operation is completed, the

clutch 160 is operated by the handle 161 to i connect the power shaft 9 with the pulley 57, which through the cross belt 56 and the pulley 52 turns the screw shaft 4: 1 in the reverse direction to retract the movable table 22, the handle is then operated inwardly lNhen the to bring the carriage 19 to its initial posi tion as indicated in Figure 1. The meat ex 'tl'ZlCtQfl from the nut, shredded, and cut into short lengths passes through the cutting and shredding tools to the receptacle 156 by the means and in the manner hereinhe'iliore (le scribed.

An idler 167, mounted on cross-member 168 connectingthe legs 2 of the table, is provided to take up the slack in helt. 13f) when the carriage 19 is moved laterally across the table 1 into position to feed the separate parts of the nut against the cutting and extracting tools. The lateral movement of the carriage 19 is limited by the stops and 136 in the path of the handle 110, and by a; if carriage may be regulated to bring the cutting and extracting tools in proper position for nuts varying in size.'

What I claim is:

1. In a machine for extracting coconut meat, a holder for a portion of a nut havi m one end open to expose the meat therein, means for rotating the holder, a carriage, a tool mounted on said carriage for extracting the meat from the shell of the nut. and devices for moving the carriage relatively o the holder to feed theextracting tool against the meat of the nut.

2. In a machine for extracting coconut meat, a carriage, a holder for a portion of a nut having one end open to expose the meat therein which is mounted on said carriage,

a tool for extracting the meat from the sliell of the nut, means for rotating the holder, and devices for moving the carriage rel.- atively to the holder to 'leed the meat of the nut against said extracting tool.

3. In a machine for extracting coconut meat, a holder for the nut, a circuh adjustable dividing tool for opening the nut, a tool for extracting the meat from the shell thereof. means for advancing and retracting the dividing tool to operative and inoperative positions respectively, and means for moving the holder and tool relatively one to the other Which is constructed and arranged. so that the meat of the nut is subjected to the action of said extracting tool.

1. In a machine for extracting coconut meat, a holder for the nut, a circular, adiustalole dividing tool for opening the nut,

a tool for extracting the meatd'iironi the,

shell thereof, manually operable means {or moving the dividing toolto operative and inoperative positions respectively, and means lor moving the holder and tool. relatively one to the other which is constructed and arrai'iged so that the meat of the nut is suhatively' one to sting the stop 135, the movement of the against said cutti a cutting tool for cutting through the mea thereof to divide the nut, a tool for extracting the meat from the shell, and means for moving theholder and extracting tool rel the other which is constructed and arranged so that the meat of the nut is subjected to the action oi said extracting a tool.

6. In a machine for extracting coconut meat, a holder for the nut, a dividing tool for opening the nut con'iprising a grinding tool tor penetrating the shell oi. the nut and a cutting tool for cutting through the meat thereof to divide the nut, a'tool for xtracting the meat from the shell, means for advancing first the grinding tool and then the cutting tool to operative positions respectively and for retracting both to inoperati e j positions,and means for moving the holder and extracting tool relatively one to the other which is constructed and arranged so that the meat of the nut is subjected to the action of said extracting tool.

7. In a machine for extracting coconut meat, a holder for the nut, a dividing tool :for opening the nut comprising a circular, adjustable grinding tool for penetrating the shell of the nut and a circular, adjustahle cutterfor cutting through the meat thereof to divide the nut, a tool for extracting the meat from the shell thereof, manually operable'means for advancing first the grind up; tool and then the stationary cutter to operative positions respective relatively to the nut and for then retracting both to inoperative positions, and for inov'ng the holder and exti'twting tool relatively one to the other which is constructed and arr nged so that the meat or the nut is subjected to the action of said extracting tool.

8. in a machine tor extracting coconut meat, a support for thenut, a cutting tool having a cutting edge extending transversely oi the axis of the support, and means for movingthe support and the cutting tool relatively one to the other to feed the meat of the nut against said cutting edge.

9. In a machine for extracting coconut having a cutt g ed 1 extending transversely of the ,s of the support and upwardly and rearuardly. and means for moving the support and the cutting tool relatively one to e other to feed the meat oi? the nut agains said cutting edge. .1

10. In a machine for extracting coconut meat, a holder for the nut, a cutting tool having a cutting edge extending trans- 'e sely of the axis of the holder, means for moving the holder and cuttin g'riool relatively one to the other to feed the meat of the nut edge, and means for guiding the end oi? the cutting edge along the interior of the shell and for spacing said cutting edge therefrom.

ill)

transversely oi the meat of the nut,

meat, a holder for the nut, a cutting tool having a cutting edge ext-ending tran versely of the axis of the holder, means for adjusting the cutting tool relatively to the holder to regulate the depth of the cut and means for moring the holder and the cutting tool relatively one to the other to steed the meat of the nut against said cutting edge.

12. in a machine for extracting andshredding coconut meat, 21 support for the nut,

means for extracting the meat from the nut including a shredding tool for cutting the meat into strips, and means for moving the support and said extracting means relatively one to the other to subject the meat ot the nut to the action of the cutter.

18. In a machine for extracting and shredcutting tool for cutting the meat from the shell thereof, a shredding tool for cutting the meat into strips comprising a plurality of substantially parallel cutters having their cutting edges extending upwardly, and means for rotating the support and said cutting edge and shredding toolrelatively one to the other whereby the meat oi? the nut is subjected to the action of said cutting edges. 7

15, In a machine for extracting and shredding coconut meat, a support for the nut, a cutting tool consisting of a cutting edge ex tending transversely of the axis of the support, a shredding tool consisting of a plurality or cutting edges extending transversely of and beyond the edge of the cutting tool, and means for rotating the support and said cutting and shredding tools relatively one to the other whereby the meat of the nut is subjected to the action of said cutting edges.

16. In a machine for extracting and shred ding coconut meat, a holder for the nut, a cutting and shredding'unit for extracting "he meat from the shell of the nut and cutting it into shreds, comprising a cutting tool having its cutting edge extending transversely of the axis of the holder and a shredding tool having a plurality of cutting edges disposed transversely of and beyond the edge of the cutting tool, means for guiding said cutting and shredding unit along and for spacing it from the interior surface of the shell, and means for adjusting said unit and said holder relatively to regulate the depth of the cut.

17. In a machine for extracting and shredding coconut meat, a holder for the nut, :1v cutting and shredding unit for extracting the meat from the shell 01" the nut and cutting it into shreds, comprising a cutting tool having its cut-ting edge extending transversely o1? the'axis of th holder and a shredding tool having a plurality '01 cutting edges disposed transversely of and beyond the edge of the cutting tool, means for guiding said cutting and shredding unit along and for spacing it from the interior surface of the shell, and means for adjusting said unit and said holder relatively to regulate the depth oft-he out, said unit being pivotally mounted in the machine and having resilient means connected thereto for pressing said unit against the shell of the nut.

18. In a machine for extracting coconut meat, a holder for the nut, means for ex-' tracting the ,meat from the shell thereof including a shredding tool for cutting into strips, means for chopping said strips into comparatively short lengths, and means for moving the holder and said extracting means relatively one to the other to subject the meat of the nut to the action of the latter.

19. In a machine for extracting coconut 'meat, a holder for the nut, means for ex tracting the meat from the shell thereoi including a shredding tool for cutting the meat into strips, a reciprocatingcutter for chopping said strips into comparatively short lengths which is adjustable to vary the lengths of the strips out off, means for actuating said reciprocating cutter and means for moving the holder and said extracting means relatively one to the other to subject the meat of the nut tothe action of the latter.

20. In a machine for extracting coconut meat, a holder for the nut, means for extracting the meat from the shell thereot including a shredding tool for cutting the meat into strips, means for chopping said strips into comparatively short lengths, a

convcying chute for carrying the shredded meat to a receptacle, and means for moving the holder and extracting means relatively one to the other to subject the meat of the nut to the action of the latter.

21. In a machine for extracting coconut meat, a holder for gripping one end of the nut, a cooperative holder movable relatively to the first holder for gripping the other end of the nut, a dividing tool for separating the nut between its ends, means 'for extracting the meat from the separate parts of the nut, and means for moving said holders and said extracting means relatively one to the other which is constructed llO and arranged so that'the meat in each of the parts of the nut is subjected to the action of said extracting means.

22. In a machine for extracting coconut meat, a holder for gripping one end of the nut, a cooperative holder movable relatively to the first holder for gripping the other end of the nut, a dividing tool for separating the nut between its ends, means for extracting the meat from the separate parts of the nut, and means for moving said holder and said extracting means relatively one to the other which is constructed and arranged so that the meat in each of the parts of the nut is simultaneously subjected to the action of said extracting means.

In a machine for extracting coconut meat, a holder for gripping one end of the nut, a cooperative holder for gripping the other end of the nut, sets of tools for extracting the meat from the shell of the nut which are adapted to coact with each of said holders, said tools and said holders being rotatable relative one to the other, a dividing tool for separating the nut between its ends, a movable carriage for mounting one of said sets of extracting tools and said cooperative holder, and devices for actuating said carriage relatively to the other of said sets of tools and holder first in a direction axially of the holders to bring the cooperative holder in engagement with the nut, then laterally after the separation of the nut to bring the parts thereof opposite the respective extracting tools therefor, and finally again axially to subject the meat in said parts to the action of the extracting tool, and manually operable means for controlling said actuating devices.

24. In a machine for extracting and shredding coconut meat, a table, a carriage mounted on said table to move longitudinally and laterally thereof, a holder mounted on the table for gripping one end of the nut, a cooperating holder mounted on the carriage for gripping the other end of the nut, sets of extracting and shredding tools adapted to coact with each of said holders, one set being inou11ted on the table and the other set on the carriage, a dividing tool for separating the nut between the ends thereof, and devices for actuating the carriage first in a direction to bring said. cooperating holder into engagement with the nut, then laterally after the separation of the nut to bring the parts thereof opposite the respective extracting tools, and finally in a direction to subject the meat in the said parts to the action of said extracting tools, and manually operable means for controlling said actuating devices.

25. In a machine for extracting coconut meat, a table, a carriage mounted on said table, a pair of holders for the nut and a pair of extracting tools adapted to coact therewith, one of said holders and one of said extracting tools being mounted on carriage, and devices for actuating the carriage comprising a screw in engagement with the carriage, means for driving said screw, a rack on the carriage, a pinion in engagement with the rack, and manually operable means for controlling said driving means and for rotating said pinion.

26. In a machine for extracting coconut meat, a table, a carriage, a holder having interior threads for gripping one end of the nut and a tool for extractingcoconut meat both mounted on the table, a driving connection for rotating said holder, a shaft and an extracting tool mounted on said carriage, a clutch on said shaft having a stationary member, a second holder having interior threads supported on said shaft, a screw in engagement with said carriage having a driving connection for actuating the carriage,a clutch on said screw, a divid ing tool for opening the nut, and means which is constructed and arranged to operate said clutches when moved in one direction and to advance or retract said dividing tool when moved in the opposite direction.

27. In a machine; for extracting and shredding coconut meat, a table, a carriage having a rack thereon, a pinion in engagement with the rack, a reciprocating rack bar for actuating the pinion, a holder for gripping one end of the nut and a tool for extracting coconut meat both mounted on the table, a driving connection for rotating said holder, a shaft and an extracting tool mounted on said carriage, a clutch on said shaft having a stationary member, a second holder supported on said shaft, a screw in engagement with said carriage having a driving connection for actuating said carriage, a clutch on said screw, a dividing tool for opening the nut comprising a circular, adjustable grinding tool and a circular, adjustable cutter, a pinion and a rack for independently advancing and retracting said grinding wheel, apinion and a rack for ad vancing and retracting said rotary cutter, a sliding rack for engaging said pinions, cams for engaging said clutches and manually operable means for simultaneously actuating said cams and said sliding rack and rack bar.

In testimony whereof I afiix my signature.

GEORGE D. OLDS, JR. 

